TS-1500-248B Mean Well

1 5 0 0 W T r u e S i n e W a v e D C - A C P o w e r I n v e r t e r T S - 1 5 0 0 s e r i e s E13 S P EC I F I CAT I O N MODE L TS -1 5 0 0- 11 2 TS -1 5 0 0- 12 4 TS -1 5 0 0 - 14 8 TS -1 5 0 0- 2 1 2 T S -1 5 0 0- 22 4 TS -1 5 00- 24 8 R ATE D PO W E R ( Typ. ) 1 5 0 0W M AX IM UM O UT P UT PO WE R ( Ty p . ) 1 7 2 5W f or 18 0 s e c . / 1 8 7 5 W f or 1 0 se c . / su rg e po w er 30 0 0 W f or 3 0 c yc l e s A C V O LTA G E 1 0 0 / 11 0 / 11 5 / 1 2 0VAC se l e cta b l e b y s ett i ng bu t t o n 2 0 0 / 2 20 / 2 3 0 / 2 40 VA C se lect a b le b y set t in g b u t t on F R E QU ENC Y 6 0 0 . 1Hz 5 0 / 60 H z se l ec ta bl e b y set ti n g b u t t o n S .W 5 00 . 1 H z 5 0/ 60 H z se lec t a bl e b y se t ti n g b utt o n S .W OU TP U T W AVE FOR M Not e . 2 Tru e si n e w a v e (T H D< 3 %) at rate d i n pu t vo lt a g e A C R EGUL ATI O N (Ty p .) 3. 0 % D e f a ult d is a b l ed . L o a d 5 W w il l b e c ha ng e d t o sta n d b y mod e S AV ING M O D E (Typ. ) F R O N T PA N E L I N DIC ATOR B a tt e ry vo lt a g e lev e l, o u t put l o ad l e ve l, sa vi n g mod e , f a u lt an d o p e ra tio n st a t u s 2 4 V 4 8 V 2 4 V 4 8 V B AT. VOLTA GE 1 2 V 1 2 V V OLTA GE R A N GE (Ty p. )N ot e. 3, 6 1 0 .5 ~ 15VD C 2 1 ~ 3 0 VD C 4 2 ~ 6 0 V D C 1 0 .5 ~ 15 V D C 2 1 ~ 3 0 VD C 4 2 ~ 6 0VDC D C C U RRE N T (Typ.) No t e. 5 1 5 0 A 7 5 A 3 7 .5 A 1 5 0 A 7 5 A 3 7 .5 A INPU T 1 8 W st a n d b y s a vi n g m o de N O LO AD D I S SI PATI O N O F F M OD E C U R R ENT D R AW 1 m A E FF I C I EN C Y (Typ .) N ot e .2 8 7 % 8 9 % 8 9 % 8 8 % 9 0 % 9 1 % B ATT ER Y TY P ES Op e n & se a le d L e ad A ci d FU S E 4 0 A* 5 3 0 A* 3 3 0 A* 2 4 0 A* 5 3 0 A * 3 3 0 A* 2 BATT ERY B AT. LO W A LA R M 11 . 34 % 2 2 .5 4 % 4 54 % 11 . 34 % 2 2 .5 4 % 4 54 % INPU T 1 0 .5 4 % 2 14 % 4 24 % 1 0 .5 4 % 2 14 % 4 24 % B AT. LO W SHU T D OW N PR OTE CT IO N R E VE R S E PO LA R ITY B y i n te rna l f us e o p en 8 2 5 8 2 5 9 6 5 6 8 5 6 8 5 6 8 5 OV E R T EM P ERAT URE P ro te c ti on t yp e : S hu t d own o /p vo lt a g e, re- p owe r o n t o re co v er by i n te rn a l RT H 3 d et e ct o n he a t si nk of p o w e r t ran si st o r OU TPU T S H OR T P ro te c ti on t yp e : S hu t d own o /p vo lt a g e, re- p owe r o n t o re co v er OU TP U T PR OTE CT IO N 1 0 5 ~ 1 1 5% lo a d f o r 18 0 s e c. , 11 5 % ~ 1 2 5% l o a d fo r 10 se c . OV E R L OA D ( Ty p. ) P ro te c ti o n t yp e : S h u t d own o /p vo lt a g e, re -p owe r o n t o re co v er GF C I P R OC TE C TI O N U L 4 5 8 ( o n ly f orGFC I re c epta cl e -T y pe F ) N o n e W OR K I N G TE M P. Not e . 1 0 ~ + 4 0 10 0 % lo a d 6 0 5 0 % l o ad 2 0 % ~ 90 % R H n o n-co n d e n s ing W OR K I N G H U M I D I TY E N VI R O N M ENT o -3 0 ~ + 70 / -2 2 ~ + 15 8 F, 1 0 ~ 9 5 % R H S TO R A G E TEM P. , HUM IDI TY V I B R ATION 1 0 ~ 5 0 0H z , 3 G 1 0 m i n . / 1 c y c le , 6 0 m i n . e a c h a l o n g X , Y, Z a x e s S A FE TY S TA N D A R D S N o n e U L 4 5 8 ( o n ly f orGF C I r e c e pt a cl e - Typ e F ) N o n e E N 6 09 50 -1 LV D SAF E TY & W IT H ST AND V OLTA G E B a t I/ P - A C O /P : 3 .0 K VAC AC O/ P - F G: 1. 5 K VA C EM C E M C E M I S S IO N Com pl iance to EN 55022 clas s B, 72/ 245 / CEE, 95/ 5 4/ CE, E-M ark C o m p l ian ce to FC C c la ss A N o n e E M C I M M U N IT Y C o m p l ian ce to EN 61 0 0 0 -4 -2 ,3, 8 C O N TR OL WI R I N G R J11 - R S232 ( Op t ion ) OT H E R S D I M ENS I ON 4 2 0 *2 2 0*8 8 m m ( L *W* H ) PA C K I N G 6 . 81 K g 2 p cs/ 1 4 . 6 Kg / 1 .6 1 C U FT N OT E Fi l e N a m e : T S- 1 5 0 0 - SP E C 2 0 1 3 - 0 2 - 2 31 5 0 0 W T r u e S i n e W a v e D C - A C P o w e r I n v e r t e r T S - 1 5 0 0 s e r i e s T S 1 50 0 1 1 2 A A : TYP E A O U T LET B :TY P E B O U T L ET 1 2: 1 2 V D C T S : Tr u e s i n e w av e i n ve r t e r C :TY P E C O U T L ET B a t . Vo l t ag e: 2 4: 2 4 V D C D :TY P E D O U T L ET 4 8: 4 8 V D C E :TY P E E O U T LET 1 : 110 VA C F : TY P E F O U T L ET O u t p u t : O /P Wa t t a g e : 15 00W 2 : 23 0 VA C A C O ut p u t R ec e p t a cl e s ( o pt i o n a l ) R e c e p ta c le ty pe TY PE-A TY P E-B TYP E- C TYP E- D TYP E-E TY PE-F C ou nt r y U SA E UR OP E A U ST R AL I A U.K JAPA N GFC I C e rt if i c a te E1 3 E1 3 E1 3 ( Ex pe ct fo r 48V i nput ) M e c h an i c a l Sp e c i f i c at i o n D er a t i n g Cu r v e U n i t : m m 5 7 . 7 5 100 3 6 . 2 5 1 5 . 6 8 0 6 0 4 0 2 0 0 10 2 0 3 0 4 0 50 6 0 7 0 AM B IE NT TE MP E R ATU RE () C UR V E 1 A i r f l o w d i r e ct i o n 1 0 0 8 0 6 0 4 0 1 0 2 0 10 .5 VDC 11 .5 VD C 1 5 VD C (HORI ZONTAL ) 2 1 VDC 2 3 VD C 3 0 VD C 4 2 VDC 4 6 VD C 6 0 VD C B ATT E RY I NP U T VO LTAG E ( V ) C UR V E 2 AC OU T PU T ON B ATTE RY S ett in g LO A D 10 0 OF F 1 0 0 I NV E RT ER O n 0 0 B at L ow S avi ng Ty p e - A AC OU T PU T ON B ATTE RY S ett in g LO A D 10 0 OF F 1 0 0 I NV E RT ER O n 0 0 B at L ow S avi ng Re mot e po rt 2 0 7 2 2 0 Ty p e - B Fi l e N a m e : T S- 1 5 0 0 - SP E C 2 0 1 3 - 0 2 - 2 3 Rev er se Pol ar it y Wi ll Dama ge The WAR NIN G : DC EN G IN PU T PO S In ver te r In ve rter Inver te r Cha ss is Inve rter G ro un d Cat .N o.(1 GG 1HS-21 2) W ire Ra nge(10-4 AWG Str Cu So ldere d Wir es) Torqu e (17. 7-26. 5 in lb)